capabilities - swri

2
Carbon Capture Technology CO 2 absorption in a bubble column reactor High-temperature CO 2 separation membrane evaluation system Fuel cell development Carbon capture and sequestration technology is being advanced by Southwest Research Institute® (SwRI®) engineers and scientists. SwRI offers clients scientific know-how and process development expertise in carbon capture and sequestration to assist in the development of technologies to respond to climate change regulation. Capabilities Development capabilities include: CO 2 capture pilot plant design/integration/operation Capture technology selection and evaluation Process and flue gas automated sampling and analysis CO 2 separation membrane technologies Capture system simulation and energy consumption evaluation Use of regenerated CO 2 as a process feedstock Site monitoring/control Complete system analysis and process simulation Process component integration CO 2 absorption-enhanced reforming process development Experience Recent areas of work include: Gas/liquid equilibrium testing – vapor liquid equilibria (VLE) data Greenhouse gas-to-fuel technology Geological sequestration testing Chemical absorption and physical separation systems High-temperature CO 2 separation ceramic membrane development Greenhouse gas monitoring Alternative energy (fuel cells, hydrogen production, chemical batteries) D016476_1732 D018049_0099 D018049_0107

Upload: others

Post on 20-Jun-2022

5 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: Capabilities - SwRI

Carbon Capture Technology

CO2 absorption in a bubble column reactor

High-temperature CO2 separation membrane evaluation system

Fuel cell development

Carbon capture and sequestration technology is being advanced by Southwest Research Institute® (SwRI®) engineers and scientists. SwRI offers clients scientific know-how and process development expertise in carbon capture and sequestration to assist in the development of technologies to respond to climate change regulation.

CapabilitiesDevelopment capabilities include:

• CO2 capture pilot plant design/integration/operation • Capture technology selection and evaluation • Process and flue gas automated sampling and analysis • CO2 separation membrane technologies • Capture system simulation and energy consumption

evaluation • Use of regenerated CO2 as a process feedstock • Site monitoring/control • Complete system analysis and process simulation • Process component integration • CO2 absorption-enhanced reforming process

development

ExperienceRecent areas of work include:

• Gas/liquid equilibrium testing – vapor liquid equilibria (VLE) data

• Greenhouse gas-to-fuel technology • Geological sequestration testing • Chemical absorption and physical separation systems • High-temperature CO2 separation ceramic membrane

development • Greenhouse gas monitoring • Alternative energy (fuel cells, hydrogen production,

chemical batteries)

D01

6476

_173

2D

0180

49_0

099

D01

8049

_010

7

Page 2: Capabilities - SwRI

Southwest Research Institute is a premier independent, nonprofit research and development organization using multidisciplinary services to provide solutions to some of the world’s most

challenging scientific and engineering problems. Headquartered in San Antonio, Texas, our client-focused, client-funded organization occupies 1,500 acres, providing more than 2.3 million square feet of laboratories, test facilities, workshops, and offices for more than 2,700 employees

who perform contract work for government and industry clients.

An Equal Employment Opportunity/Affirmative Action EmployerRace/Color/Religion/Sex/Sexual Orientation/Gender Identity/National Origin/Disabled/Veteran

Committed to Diversity in the Workplace

©2022 Southwest Research Institute. All rights reserved.

Designed & printed by SwRI MPS 01-0322 JCN 267131tp

Like. Share. Follow. Listen.

swri.org

210.522.2122

[email protected]

Chemical Engineering DepartmentChemistry & Chemical Engineering Division

carboncapture.swri.org

We welcome your inquiries.For more information, please contact:

Michael P. Hartmann Kyle W. MarchSenior Research Engineer Research Engineer210.520.6927 [email protected] [email protected]